Chemical Engineering

A practical introduction to how chemical processes work in real factories.

Explore the fundamental units and measurements used in chemical engineering.

An introductory course on material balances in chemical engineering, focusing on the conservation of mass in chemical processes.

This course covers the principles of energy conservation in chemical engineering processes.

Explore how materials move through chemical engineering systems.

Explore the principles of energy transformation and its applications in chemical processes.

Explore the dynamics of fluid movement in various chemical engineering contexts.

Explore the principles of heat transfer in chemical engineering, focusing on conduction, convection, and radiation.

Explore the principles of mass transfer in chemical engineering, focusing on how substances move between phases.

Explore the principles of designing chemical reactions and how to optimize them for industrial applications.

Advanced judgment in designing chemical processes under ambiguity and risk.

Advanced judgment in regulating chemical processes under uncertainty, focusing on restraint and calibration.

Advanced judgment in separating mixtures under ambiguous and stressful conditions. Focus on trade-offs, delayed consequences, and restraint.

Advanced mastery of reactor design, focusing on ambiguous decisions, trade-offs, and long-term consequences in chemical engineering.

Advanced judgment in chemical plant layout, focusing on ambiguous trade-offs and long-term consequences.

Advanced judgment in chemical engineering safety: recognizing when intervention increases risk, and calibrating restraint under uncertainty.

Advanced judgment in optimizing chemical engineering processes under uncertainty and real-world constraints.

Mastering judgment in scaling chemical processes from lab to industry, focusing on ambiguous decisions, hidden risks, and restraint.

Advanced judgment in simulating chemical processes under uncertainty and real-world constraints.

Advanced judgment in chemical engineering: integrating chemistry, physics, and economics under uncertainty.